Copper fork terminal busbar KBBU-1x56 KANLUX IDEAL TS 24212

Universal connection busbar for distribution boards and circuits

The fork-type busbar KBBU-1x56 is an element used for safe and efficient connection of wires in electrical installations. Designed for mounting in distribution boards, it allows connection of single-pole equipment. Its construction provides a solid connection and minimizes the risk of short circuits, which translates to the reliability of the entire system. The busbar is particularly useful in the construction of extensive installations where a large number of connections are required.

Construction and application

Made of copper, the KBBU-1x56 busbar is characterized by high electrical conductivity and corrosion resistance. The nominal cross-section of 13.5 mm² allows connection of wires of appropriate thickness, ensuring safe current flow. The U-shaped construction facilitates mounting and dismounting of wires. The busbar is compatible with modular equipment meeting the PN-EN 60947-7-1 standard, which guarantees its versatility and wide application in various types of installations. The rated current of 63A makes it suitable for circuits with medium load.

Key features and benefits

• Durable construction: Copper body ensures long-term operation and resistance to mechanical damage.
• Safe connections: Fork construction minimizes the risk of loosening connections and short circuits.
• Easy installation: U-shape facilitates connection of wires without the need for specialized tools.
• Wide compatibility: Compliance with PN-EN 60947-7-1 standard guarantees cooperation with most modular equipment available on the market.
• Large number of modules: 56 modules allow connection of a large number of devices in one place, optimizing space in the distribution board.
• Reliability: Manufacturer's warranty (5 years) confirms the high quality of the product and its reliability.
• Resistance to environmental conditions: Copper is a material resistant to corrosion, ensuring stable operation even in difficult conditions.